Panasonic door machines (gate control systems) are usually equipped with rotary encoders for detecting the opening and closing state and speed of the door. When debugging the Panasonic rotary encoder, follow these steps. However, please note that different models and configurations of Panasonic door machines may vary. Before commissioning, always consult the manufacturer's operating manual to ensure proper operation.
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1. Check the operation manual: Check the operation manual of Panasonic door machine to learn how to debug the rotary encoder. The operation manual usually provides detailed steps and precautions.
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2. Find the rotary encoder: Find the rotary encoder on the Panasonic door machine, usually located near the transmission parts of the door machine. The type and installation position of encoders vary depending on the model of door machine.
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3. Connect the encoder: According to the instructions in the operation manual, connect the signal line of the rotary encoder to the controller of the door motor. Make sure the connection is correct and secure.
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4. Check the electrical connection: After connecting the rotary encoder, check the electrical connection of the door motor to ensure that all connections are correct and there is no short circuit, open circuit and other problems.
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5. Start the door engine controller: Start the door engine controller according to the instructions in the operation manual. The controller automatically recognizes the rotary encoder and sends corresponding instructions.
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6. Observe the operation of the door machine: Observe the operating state of the door machine during the commissioning of the rotary encoder, including the speed and stability of the door switch. If there is any problem, please refer to the operation manual to debug.
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7. Adjust parameters: According to the observation results, adjust the parameters of the door motor controller, such as speed, acceleration, deceleration, etc., to optimize the operating performance of the door motor. When making adjustments, follow the recommended ranges in the operating manual to ensure safe and stable operation.
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8. Record debugging results: After the completion of rotary encoder debugging, record the date of debugging, parameters and modifications. This helps keep track of the maintenance records of the door engine and ensure its proper operation.
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When commissioning a Panasonic rotary encoder, be sure to follow the relevant specifications and safety requirements. If necessary, contact a professional for inspection and repair.
The steps to debug the rotary encoder are as follows:
1. Make sure that all connections are correct: First, make sure that the rotary encoder is properly connected to the Panasonic door. Make sure all wires are properly touched and secured.
2. Check the power supply of the rotary encoder: Ensure that the power supply of the rotary encoder is correctly connected and the voltage is stable.
3. Check the encoder signal line: Determine whether the encoder signal line works properly by measuring whether there is a signal. Use an oscilloscope or multimeter to check whether there is A valid pulse output on the A and B phase signal lines. 4. Check the direction of the rotary encoder: When the door machine is working normally, try to rotate the encoder shaft and observe whether the direction of the door movement is consistent with the expectation. If the direction is opposite, the direction can be adjusted by changing the wiring mode of the encoder or programming.
5. Adjust the resolution of the rotary encoder: According to the needs of the door machine, sometimes the resolution of the rotary encoder needs to be changed. This can be achieved by changing the pulse signal frequency of the encoder or changing the configuration parameters of the door motor. 6. Check the sensitivity of the encoder: According to the movement needs of the door machine, the sensitivity of the encoder may need to be adjusted. It can be achieved by changing the slope of the encoder feedback signal or adjusting the control parameters of the door motor. 7. Monitor the encoder deviation: In the process of door movement, the encoder deviation can be detected by comparing the output of the encoder with the actual value of the door position. If there is a deviation, you may need to calibrate or replace the encoder.
Please note that the above steps are for reference only, and the specific debugging steps may vary according to the door engine model, encoder model, and different application scenarios. If you are not familiar with the commissioning process, it is recommended to consult the relevant technical support or service personnel of the door machine manufacturer.
Panasonic door machine with rotary encoder debugging method:
1. Check the display of n11 (encoder detection state)
Manually open the direction moving ladder door shows F**
Manual closing direction moving ladder door display r**
Indicates that the encoder is connected properly and works normally. If the opposite is displayed, the encoder A phase B connection switch connection.
2. Check the display of n16 (input signal status)
1) If the encoder control mode is used to open the position switch, close the position switch
The installation of the bistable switch adopts the \"Type B\" (that is, the text on the magnetic switch nameplate is installed in the forward state, and the text on the magnetic switch nameplate is installed in the reverse state). P43 is set to 3 (the setting of d02 and d08 is invalid) and P76 is set to 0.
If the installation of the bistable switch adopts \"Type A\" (that is, the text on the magnetic switch nameplate is installed in the reverse state, and the text on the magnetic switch nameplate is installed in the forward state), P43 is set to 0 (the setting of d02 and d08 is invalid) and P76 is set to 0.